Time & Rate Unit Conversion Function

Converts time and/or rate units using same syntax as aerospace toolbox conversion functions.
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Actualizado 9 ago 2010

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Designed to supplement the conversion functions found in the aerospace toolbox (aerospace toolbox not required), CONVTIME handles time and rate units from nanosecond to millennium and per nanosecond to per millennium.

Unlike the aerospace toolbox functions, it is not necessary to specify output units, as CONVTIME will by default convert to the SI seconds or per second.

Allowable UI and UO strings (not case sensitive):
'ns'
'us','µs'
'ms'
's','sec'
'm','min'
'h','hr','hour'
'd','day'
'wk','week'
'y','yr','year'
'dec','decade'
'cent','century'
'millen','millennium'

Examples included in help:

Convert a matrix of time values from years to hours:
out = convtime([1 3; 4 5], 'year', 'hr')

Convert flow rate 0.2 gallons/second to gallons/day:
out = convtime(0.2, '/s', '/day')

Convert fuel burn rate 5000 lbm/hour to kg/s using aerospace toolbox:
out = convtime( convmass(5000, 'lbm', 'kg'), '/hour', '/s' )

If manufacturing 800 items per hour, find how many seconds are required to manufacture an item (convert 800 items/hour to seconds/item):
out = convtime(800, '/h', 's')

If 65 seconds elapse between mile markers on the highway, find the speed in miles/hour:
speed = convtime(65, 'sec', '/hour')

Citar como

Sky Sartorius (2024). Time & Rate Unit Conversion Function (https://www.mathworks.com/matlabcentral/fileexchange/28204-time-rate-unit-conversion-function), MATLAB Central File Exchange. Recuperado .

Compatibilidad con la versión de MATLAB
Se creó con R2007b
Compatible con cualquier versión
Compatibilidad con las plataformas
Windows macOS Linux
Categorías
Más información sobre Unit Conversions en Help Center y MATLAB Answers.
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Inspiración para: CORE: Conceptual Optimization of Rotorcraft Environment

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Versión Publicado Notas de la versión
1.2.0.0

input units may now be of opposite type as output units (e.g. rate in, time out). Appropriate examples added. Other small additions.

1.1.0.0

Significantly more elegant coding scheme which runs up to twice as fast as before

1.0.0.0